Hi Jonathan,

and if i reduce the size to 128x128 for both images and run the 
stereoframework as 

C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_StereoFramework -input.il 
"band128A.tif?&skipcarto=true" "band128F.tif?&skipcarto=true"  -output.res 
2 -o
utput.out "dem.tif" -elev.default 100 -postproc.med 1 
-stereorect.fwdgridstep 8 -stereorect.invgridssrate 4 -bm.maxhoffset 20 
-bm.minhoffset -20 -bm.r
adius 3

2014 Jan 10 15:38:07  :  Application.logger  (INFO) Elevation management: 
setting default height above ellipsoid to  100 meters
2014 Jan 10 15:38:07  :  Application.logger  (INFO) 1  Stereo couples will 
be processed
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Processing stereo 
couple 0 (images index 0 and 1)
Computing epipolar grids...: 100% 
[**************************************************] (0.2 seconds)
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Minimum disparity : -0
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Maximum disparity : 0
Inverting left deformation field ...: 100% 
[**************************************************] (0.05 seconds)
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Using robust SSD Metric 
for BlockMatching.
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Using reverse 
block-matching to filter incoherent disparity values.
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Default elevation set 
for Min/Max elevation : 100
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Minimum elevation found 
: 100
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Maximum elevation found 
: 100
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Disparity mask formula 
: if((hdisp > -0) and (hdisp < 0) and (mask>0),255,0)
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Output DSM parameters 
are estimated from sensor input data.
2014 Jan 10 15:38:07  :  Application.logger  (INFO) Output DSM projection 
reference:
GEOGCS["WGS 84",DATUM["WGS_1984",SPHEROID["WGS 
84",6378137,298.257223563,AUTHORITY["EPSG","7030"]],AUTHORITY["EPSG","6326"]],PRIMEM["Greenwich",0,AUTH
ORITY["EPSG","8901"]],UNIT["degree",0.0174532925199433,AUTHORITY["EPSG","9122"]],AUTHORITY["EPSG","4326"]]
Writing dem.tif...: 0% [                                                  ]


I get this and dem file is writing but i dont see any progress here but the 
file size is increasing and going on till 32GB.. i felt somewhat strange so 
stopped the execution. can u clarify me why this is happening ?


Thanks

On Wednesday, January 8, 2014 1:51:33 PM UTC+5:30, Jonathan Guinet wrote:
>
> Hi Sandeep
>
> could it be possible to send image information  using for example 
> otbcli_ReadImageInfo -in BANDA100.tif  -outkwl BANDA 100.geom
>
> thanks
>
>
>
>
> 2014/1/8 Sunny Depp <[email protected] <javascript:>>
>
>>
>> Hi Everyone,
>>
>> I'm new to the orfeo toolbox ,  installed directly from OSGEO4W   I'm 
>> trying to extract a DTM from cartosat stereo pair. However, I'm running 
>> into a bit of trouble down the line. I'm following the OTB Cookbook example 
>> for VHR images.
>>
>> i had followed this thread (
>> https://groups.google.com/forum/#!searchin/otb-users/stereo/otb-users/kocntH7LjO8/ZIgLpI7EFJgJ)
>>  and 
>> successfully generated DEM from the inputs which i downloaded from OTB 
>> Data, but for the Cartosat stereo pair which i have, i am doing the 
>> stereoframework on this pair i am getting error as:
>>
>> Using ExtractROI i had extracted images to size 1024 from original BANDA 
>> and BANDF images and applied stereoframework on these images.
>>
>>
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_StereoFramework 
>> -input.il"BANDA100.tif" "BANDF100.tif" -elev.default 50 -output.out 
>> "dem.tif" 
>> -output.res 20 -postproc.med 1 -stereorect.fwdgridstep 8 
>> -stereorect.invgridssrate 4
>>
>> 2014 Jan 08 12:48:14  :  Application.logger  (INFO) Elevation management: 
>> setting default height above ellipsoid to  50 meters
>> 2014 Jan 08 12:48:14  :  Application.logger  (INFO) 1  Stereo couples 
>> will be processed
>> 2014 Jan 08 12:48:14  :  Application.logger  (INFO) Processing stereo 
>> couple 0 (images index 0 and 1)
>> Computing epipolar grids...: 100% 
>> [**************************************************] (0.2 seconds)
>> 2014 Jan 08 12:48:14  :  Application.logger  (INFO) Minimum disparity : -0
>> 2014 Jan 08 12:48:14  :  Application.logger  (INFO) Maximum disparity : 0
>> Inverting left deformation field ...: 100% 
>> [**************************************************] (5e+001 seconds)
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Using robust SSD 
>> Metric for BlockMatching.
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Using reverse 
>> block-matching to filter incoherent disparity values.
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Default elevation set 
>> for Min/Max elevation : 50
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Minimum elevation 
>> found : 50
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Maximum elevation 
>> found : 50
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Disparity mask 
>> formula : if((hdisp > -0) and (hdisp < 0) and (mask>0),255,0)
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Output DSM parameters 
>> are estimated from sensor input data.
>> 2014 Jan 08 12:49:08  :  Application.logger  (INFO) Output DSM projection 
>> reference:
>>
>> GEOGCS["WGS84",DATUM["WGS_1984",SPHEROID["WGS84",6378137,298.257223563,AUTHORITY["EPSG","7030"]],AUTHORITY["EPSG","6326"]],PRIMEM["Greenwich",0,AUTHORITY["EPSG","8901"]],UNIT["degree",0.0174532925199433,AUTHORITY["EPSG","9122"]],AUTHORITY["EPSG","4326"]]
>> 2014 Jan 08 12:49:10  :  Application.logger  (FATAL) The following error 
>> occurred during application execution : bad allocation
>>
>>
>> So i had followed this 
>> http://orfeo-toolbox.org/CookBook/CookBooksu41.html#tailCookBooksu41.html 
>> step 
>> by step. still i am getting error at otbcli_DisparityMapToElevationMap  step
>>
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_StereoRectificationGridGenerator
>>  
>> -io.inleft "BANDA100.tif?&geom=BANDA100.geom" -io.inright "BANDF100.tif?
>> &geom=BANDF100.geom"-epi.elevation.dem srtm_directory\ 
>> -epi.elevation.geoid egm96.grd -epi.step 20 -io.outleft SRGG_A.tif 
>> -io.outright SRGG_F.tif
>>
>> 2014 Jan 08 01:00:47  :  Application.logger  (INFO) Elevation management: 
>> setting default height above ellipsoid to  0 meters
>> 2014 Jan 08 01:00:48  :  Application.logger  (INFO) Elevation management: 
>> using geoid file (egm96.grd)
>> 2014 Jan 08 01:00:48  :  Application.logger  (INFO) Elevation management: 
>> using DEM directory (srtm_directory\)
>> Computing epipolar grids ...: 100% 
>> [**************************************************] (0.3 seconds)
>> Writing SRGG_A.tif...: 100% 
>> [**************************************************] (0.2 seconds)
>> Writing SRGG_F.tif...: 100% 
>> [**************************************************] (0.2 seconds)
>> Output parameters value:
>> epi.rectsizex: 1024
>> epi.rectsizey: 1024
>> epi.baseline: 0
>>
>>
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_GridBasedImageResampling -
>> io.in BANDA100.tif -io.out GBIR_A.tif -grid.in SRGG_A.tif -out.sizex 
>> 1024 -out.
>> sizey 1024
>>
>> Writing GBIR_A.tif...: 100% 
>> [**************************************************] (0.9 seconds)
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_GridBasedImageResampling -
>> io.in BANDF100.tif -io.out GBIR_F.tif -grid.in SRGG_F.tif -out.sizex 
>> 1024 -out.
>> sizey 1024
>>
>> Writing GBIR_F.tif...: 100% 
>> [**************************************************] (0.9 seconds)
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_BandMath -il  GBIR_A.tif 
>> -out BM_A.tif -exp "if(im1b1<=0,0,255)"
>>
>> 2014 Jan 08 02:03:52  :  Application.logger  (INFO) Image #1 has 1 
>> components
>>
>> Writing BM_A.tif...: 100% 
>> [**************************************************] (0.3 seconds)
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_BandMath -il  GBIR_F.tif 
>> -out BM_F.tif -exp "if(im1b1<=0,0,255)"
>>
>> 2014 Jan 08 02:04:06  :  Application.logger  (INFO) Image #1 has 1 
>> components
>>
>> Writing BM_F.tif...: 100% 
>> [**************************************************] (0.3 seconds)
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_BlockMatching -io.inleft 
>> GBIR_A.tif -io.inright GBIR_F.tif -io.out disparity_map_ncc.tif -bm.minhd 
>> -45 -b
>> m.maxhd 5 -bm.minvd 1 -bm.maxvd 1 -mask.inleft BM_A.tif -mask.inright 
>> BM_F.tif -io.outmetric 1 -bm.metric ncc -bm.subpixel dichotomy 
>> -bm.medianfilter.
>> radius 5 -bm.medianfilter.incoherence 2.0
>>
>> 2014 Jan 08 02:10:45  :  Application.logger  (INFO) Masking criterion on 
>> left image: if(inmask > 0,255,0)
>> 2014 Jan 08 02:10:45  :  Application.logger  (INFO) Masking criterion on 
>> right image: if(inmask > 0,255,0)
>> 2014 Jan 08 02:10:45  :  Application.logger  (INFO) Applies a median 
>> filter to smooth the disparity map
>>
>> NCC block matching: 100% 
>> [**************************************************] (3e+001 seconds)
>> Sub-pixel refinement: 100% 
>> [**************************************************] (9e+001 seconds)
>> Writing disparity_map_ncc.tif...: 100% 
>> [**************************************************] (1e+002 seconds)
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_BandMath -il 
>>  disparity_map_ncc.tif  -out  thres_hdisparity.tif uint8 -exp 
>> "if(im1b3>0.9,255,0)"
>>
>> 2014 Jan 08 02:15:03  :  Application.logger  (INFO) Image #1 has 3 
>> components
>>
>> Writing thres_hdisparity.tif...: 100% 
>> [**************************************************] (0.4 seconds)
>>
>>
>> C:\Users\Sandeep\Desktop\OTB\PRODUCT1>otbcli_DisparityMapToElevationMap -
>> io.in  disparity_map_ncc.tif -io.left BANDA100.tif -io.right 
>> BANDF100.tif -io.lgrid  SRGG_A.tif -io.rgrid SRGG_F.tif -io.mask 
>>  thres_hdisparity.tif -io.out disparity_map_ssd_to_elevation.tif   -hmin 10 
>>   -hmax 400   -elev.default 50
>>
>> 2014 Jan 08 02:26:29  :  Application.logger  (INFO) Elevation management: 
>> setting default height above ellipsoid to  50 meters
>> 2014 Jan 08 02:26:29  :  Application.logger  (INFO) Elevation map origin 
>> : [271886,2.16958e+006]
>>
>> 2014 Jan 08 02:26:29  :  Application.logger  (INFO) Elevation map size : 
>> [19966642,51874882]
>>
>> 2014 Jan 08 02:26:30  :  Application.logger  (FATAL) The following error 
>> occurred during application execution : bad allocation
>>
>>
>> How do i interpret this error? and does this OTB work on Cartosat Stereo 
>> images. I am struck in this.
>>
>>
>> Thanks in advance,
>> Sandeep.
>>  
>> -- 
>> -- 
>> Check the OTB FAQ at
>> http://www.orfeo-toolbox.org/FAQ.html
>>  
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>

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